Our previous 'Water Loss and Leak Detection Operative' training is now delivered in 2 parts - 'Introduction to Leakage Detection' for newcomers to the field, and 'Advanced Leak Detection' (this course) for network operators and managers looking to enhance their ability.
Course overview
This training provides delegates with an advanced knowledge of leakage detection within water distribution networks. Upon completion, participants will be equipped with a comprehensive understanding of key areas and can demonstrate an ability to:
- Accurately calculate leakage/NRW, identify consequences, and overcome critical network challenges in leakage detection.
- Manage and optimise system assets and pressure to reduce leakage
- Target leak detection and prioritise repairs through the advanced use of data and strategies for leakage control and asset management
Who can benefit?
This training is designed for water industry professionals involved in the operations, maintenance, and management of water distribution systems. It’s ideal for leakage technicians, network engineers, field technicians, and asset managers looking to enhance their skills in advanced leak detection, Non-Revenue Water (NRW) management, and pressure management.
Participants may also be drawn from any area of business or service where an understanding of advanced leakage detection methodologies can improve decision-making within their role - for example engineering and leakage consultants in the water supply sector.
Training outline
The course is interactive, with a mix of lecture, group discussion, and practical exercises to facilitate an engaging learner experience. An end-of course multiple choice assessment and site practical assessment effectively demonstrates knowledge transfer. Modules include:
- Consequences of Leakage and NRW: Financial, environmental, and operational consequences; Strategies for enhancing sustainability.
- Calculating Leakage and NRW: Calculating leakage (e.g. volume and flow) and NRW (e.g., physical and administrative); Leakage key performance indicators (KPIs); Prioritising actions for leakage reduction; Introduction to practical tools and software used for calculating and modelling leakage and NRW.
- Understanding Trunk Main Areas (TMAs) and their Leak Detection Principles: Challenges and techniques for effectively monitoring and managing these critical areas, including customised approaches for detecting leaks in large pipes over long distances.
- Advanced Leak Detection Principles: Integrating multiple tools to improve detection accuracy, and adapting detection methods to overcome specific asset and network challenges.
- System Assets and Control: How to maintain and optimise assets (e.g., Meters and PRVs) and implement control measures to collect reliable data, control pressure, minimise leaks, extend the lifespan of infrastructure, enhance operational efficiency, reduce losses, improve system performance, and mitigate risks.
- Pressure Management Principles: Techniques to minimise pipe stress and prevent leaks; implement zonal pressure control; and monitor steady pressure to prevent bursts and prolong pipe lifespan.
- Data Logging and Monitoring: Real-time tracking, predictive analysis 'smart systems' and best practices for equipment placement, maintenance, and integration with intelligent monitoring systems.
- DMA Targeting: Identifying and prioritising high-risk areas based on intrinsic and external factors; Using DMA data to identify patterns and make informed decisions on where to focus resources for maximum leakage reduction and NRW control.
- Water Loss Management: ALC (Active Leakage Control) Best Practices; PALM (Pressure, Asset, Leakage, and Management) Strategies; Identifying and prioritising leak repairs; Approaches for managing water loss while meeting regulatory requirements and sustainability goals.
This course follows our Introduction to Leakage Detection training course
